Three-phase wind turbine units 400W
Bluetooth®
Set composed by a 3-phase wind turbine 400W and a complete technical cabinet.
Educational objectives
• Understanding the different parts of a wind turbine.
• Make the measurements of electrical parameters.
• Analyzing and interpreting results.
• Studying the efficiency and impacts related to the wind force.
• Study the chain of wind energy (production, storage, consumption, energetic behavior).
• Wiring of a wind turbine installation.
1. Wind turbine features
• Three-phase output 3 x 53V AC - 400W at 370 rpm on safety terminals.
• Direct current output 90V DC - 400W at 370 rpm on safety terminals.
• Selection of these outputs by using an included rectifier or by direct connection.
Features of the wind simulation
• Squirrel-cage three-phase asynchronous motor.
• Speed controller simulating wind turbine speed 0-400 rpm.
• Using the supplied SOMOVE software, the PC operations are:
- Acceleration of the wind speed.
- Deceleration of the wind speed.
General features
• Wheeled frame with brakes
• Overall dimensions: 750 x 670 x (h) 1500 mm
• Top cover made with aluminium frame and Lexan sides (translucent and unbreakable).
• Power supply 2P+N+E 230V AC - 50/60 Hz (5m lead with mains plug)
• Supplied with: Practical assignments in the form of measurements/tests; RJ45-USB cable for linking between the speed controller and the PC. Schneider® SoMove software.
2. Electrical cabinet
Standard technical cabinet on wheeled frame.
Dimensions: 810 x 600 x 1890mm base included.
Comprises
• 2 disconnectors
• 1 500mA -30A RC device
• 1 30mA RC device
• 1 lightning arrester + fuses
• 3 100Wh resolution meters
• 1 Mushroom head emergency stop
• 1 source inverter
• 1 charging controller Bluetooth 12/24VDC-20A
• 2 batteries 12V-12Ah
• 1 set of photovoltaic connectors
• 1 500W inverter for network synchronisation
• 1 Voltage converter 24VDC/230VAC-200W
Bluetooth®
Set composed by a 3-phase wind turbine 400W and a complete technical cabinet.
Educational objectives
• Understanding the different parts of a wind turbine.
• Make the measurements of electrical parameters.
• Analyzing and interpreting results.
• Studying the efficiency and impacts related to the wind force.
• Study the chain of wind energy (production, storage, consumption, energetic behavior).
• Wiring of a wind turbine installation.
-
Free
quotation -
Answer
under 48H00 -
Delivery
worldwide -
2 years warranty
for all our products -
Export service
available
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